Which of the following compounds shows geomet | vedclass

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(C) For a compound to exhibit geometrical isomerism,the atoms or groups attached to each carbon atom of the double bond must be different. In the give

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(C) For a compound to exhibit geometrical isomerism,the atoms or groups attached to each carbon atom of the double bond must be different. In the given structures,the double bond is exocyclic to a cyclohexane ring. In options $A$,$B$,and $D$,the exocyclic double bond is $C=CH_2$. Since the two groups attached to the terminal carbon of the double bond are both hydrogen atoms ($-H$ and $-H$),these compounds cannot show geometrical isomerism. In option $C$,the exocyclic double bond is $C=CHCl$. Here,the terminal carbon of the double bond is attached to one hydrogen atom $(-H)$ and one chlorine atom $(-Cl)$. Since these two groups are different,this compound can exhibit geometrical isomerism (cis-trans isomerism).

Which of the following compounds shows geometrical isomerism?

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